JP2008183070A - Apparatus for improving healing power of living matter - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve a pH improving effect in an apparatus for improving the healing power of living matter, such as an electric potential therapy apparatus. <P>SOLUTION: The apparatus for improving the healing power of a living matter is provided with two or more sets of electric potential therapy units each comprising a high voltage power supply circuit for generating a high voltage negative potential, a negative potential applying electrode for applying the negative potential from the high voltage power supply circuit to the prescribed site of the living matter, and a counter electrode facing the negative potential applying electrode across the prescribed site of the living matter for guiding charges from the negative potential applying electrode through the viable tissue of the living matter to the ground side of the high voltage power supply circuit, the two or more sets of electric potential therapy units being drive-controlled by one AC power source and one microcomputer control unit. In the apparatus, the respective ground lines of the two or more sets of electric potential therapy units are configured as the independent ones isolated from each other, and the following problem is surely remedied: the current of the electrode part of each set of electric potential therapy unit flows to the counter electrode part side of the electrode part of the different electric potential therapy unit and obstructs the treating effect of the part. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to an apparatus for improving the healing power of a living body that improves the healing power of the living body by improving the pH value (pH value) in blood such as an electric potential treatment device.

  It has already been confirmed by the inventor of the present application that an apparatus for improving the healing power of a living organism such as an electric potential therapy device that is a physiotherapy instrument has an action of tilting the pH value (pH value) of a living organism such as an acidified human body to alkaline. It has become clear from the results of research over many years (see, for example, Patent Document 1 and Patent Document 2).

  Furthermore, as a result of subsequent studies, it has been confirmed that, when the pH value of the blood is improved, the active oxygen in the blood is eliminated and the redox potential (ORP) is lowered. This is probably because an antioxidant action can be obtained by reduction of the antioxidant. In other words, life-healing power improvement devices such as electric potential therapy devices have the function of tilting the living body to alkalinity and suppressing the oxidative stress of the living body, and are also significant in improving immune function by working directly on immune cells It has been found that there is.

  As an apparatus for improving the healing power of such a living body, there is an electric potential treatment device previously developed by the present inventor as shown in FIGS.

  First, as shown in FIG. 12, the potential treatment device 1 includes a control circuit unit 2 configured to include a microcomputer control unit, a negative potential generation circuit, and the like, and a microcomputer control unit of the control circuit unit 2 displays various types on the screen. And a touch panel 3 for inputting an operation command corresponding to the operation guidance displayed on the microcomputer control unit, and a negative potential application electrode 5a, 5a is connected to the connector portions 4a and 4a for connecting to the negative potential applying electrodes 5a and 5a, and the negative potential from the negative potential applying electrodes 5a and 5a is passed through the hand MF or the like of the person to be treated. Connector portions 4b and 4b for connecting the counter electrodes 5b and 5b to be attracted are provided.

  And, for each of these connector portions 4a, 4a, 4b, 4b, for example, corresponding negative potential applying electrodes 5a, 5a and counter electrodes 5b, 5b are provided via cables 50a, 50a and 50b, 5b having desired lengths. It is designed to be detachably connected.

  Then, as shown in FIG. 14, for example, the control circuit unit 2 includes first and second sets of potentials corresponding to the first and second sets of electrodes 5a and 5b and 5a and 5b. It comprises treatment units 6a and 6b.

  In FIG. 14, reference numerals 23 and 23 denote AC adapters (not shown) which are AC / DC converters (AC / AC) which are a combination of a rectifier and a transformer for converting a power supply voltage AC100 (V) of an AC commercial power supply (not shown) into a DC voltage +24 (V). DC voltage +24 (V) from the DC converter) is converted to -12 (V) and then boosted to a high negative voltage of, for example, -6 (KV), for example, a high voltage power supply circuit (DC high voltage power supply), 22 and 22 convert the DC power supply voltage −6 (KV) from the high-voltage power supply circuits 23 and 23 into a DC high-voltage power supply voltage including a predetermined pulsation component, and then each of the groups via the negative potential supply line 21. The ion converters (pulsation voltage generators) 5b, 5b for supplying the negative potential application electrodes (conductor electrode plates) 5a, 5a in the potential treatment units 6a, 6b are connected between the negative potential application electrodes 5a, 5a. Face each other across the therapist's hand or foot fingers like, for example, a counter electrode to attract efficiently negative charge to the ground line 25 side of the high-voltage power supply circuit 23, 23 as in Figure 15.

  In the potential treatment device 1 having such a configuration, for example, as shown in FIG. 13, the person to be treated M holds the entire finger portions MF and MF of the right hand and the left hand through the fastening bands B and B, respectively. , 5a and the counter electrodes 5b, 5b, when the high-voltage power supply 23, 23 of FIG. 14 is operated, the high-voltage negative potential -6 KV from the high-voltage power supply 23 is converted into the ion converters 22, 22 After being converted to a pulsating voltage (ripple voltage) that rises and falls finely through, it is applied to the fingers MF and MF of the left and right hands of the patient via the negative potential applying electrodes 5a and 5a.

  On the other hand, the counter electrodes 5b and 5b are connected to the ground line (0 V) of the high-voltage power supply circuits 23 and 23 connected to the ground via the ground lines 25 and 25 including the cables 50b and 50b. It is zero.

As a result, the above-described hand the treated subject fingers MF, on the surface of the MF a number of negative charge e by electrostatic induction as shown ^-, e ^- · · · is charged, the negative charge e ^-, e ^- · · · passes are efficiently attracted to the counter electrode 5b, 5b side is relatively positive potential via the fingers MF, MF of the living tissue of the same hand.

During this passage, the number of negative charges e ^-, e ^- · · · acts on blood cells (particularly red blood cells) of the blood flowing through the hand fingers MF, a large number of blood vessels in the MF, the blood Hydrogen ions (H ⁺ ) in the cells are reduced to alkaline hydrogen atoms H.

  Thereby, pH in blood rises, acidity falls, and an immune function improves.

  In FIG. 15, reference numeral 51 is a conductive non-woven fabric that encloses a copper electrode plate to which a negative potential is supplied, 52 is a gap around the non-woven fabric 51, 53 and 54 are insulating rubber thin plates, and 55 is a conductive plate. Fiber material (filler), 56 is a vinyl chloride sheet, 57 is a leather cover, 58 is a copper plate, and 59 is a conductive nonwoven fabric.

JP 09-28816 A JP 2005-296441 A

  By the way, as described above, in the configuration of the potential treatment device of FIGS. 12 to 15, a pair of potential treatment units each including the electrode portion including the negative potential application electrode 5 a and the counter electrode 5 b and the electrode portion are provided on the left and right. The two electrodes are driven and controlled by one AC power source and one microcomputer control unit, and the opposing electrodes 5b and 5b of the electrode section are connected to the ground terminals of the high-voltage power supply circuits 23 and 23, respectively. Is grounded in common.

Therefore, for example, as indicated by arrows (chain lines) in FIG. 14, negative charges e ⁻ , e ^−, ... Due to the negative potential applied to the finger part MF from the negative potential applying electrode 5a on one side (6a side). The treatment current i generated by the current flows to the opposite electrode 5b on the other side (6b side) through the human body MB of the subject M and the finger part MF of the hand, and the finger part MF part and the counter electrode 5b on the other hand side A problem was found in which the interference with the treatment current (charge current) i applied via the original negative potential application electrode 5a occurred in the portion, and the effect of improving the pH at the other electrode portion was hindered.

  The present invention has been made for the purpose of solving such problems and improving the effect of improving pH in blood more effectively.

  In order to achieve the above object, the present invention is configured with the following problem solving means.

(1) Invention of Claim 1 The problem-solving means of the present invention includes a high-voltage power supply circuit that generates a high-voltage negative potential, and a negative-potential application electrode that applies a negative potential from the high-voltage power supply circuit to a predetermined part of a living body. A counter electrode that opposes the predetermined part of the living organism with the negative potential applying electrode sandwiched between the negative potential applying electrode and attracts the charge from the negative potential applying electrode to the ground side of the high-voltage power supply circuit through the living tissue of the living organism In an apparatus for improving the healing power of a living body in which a plurality of sets of potential treatment units consisting of: and a plurality of sets of potential treatment units are driven and controlled by one AC power source and one microcomputer control unit, The above-described ground lines of each of the potential treatment units are configured to be independent from each other.

  In this way, the ground lines of the negative potential application electrode and the counter electrode of a plurality of sets of potential treatment units with different treatment target parts are insulated from each other, and the currents are made to flow individually in an independent state. As described above, the current of the electrode on one treatment target side flows to the treated portion and the counter electrode portion on the other treatment target side, and the problem of hindering the therapeutic effect of the same portion is reliably improved.

(2) Invention of Claim 2 This invention is characterized in that, in the structure of the invention of Claim 1, each of the plurality of sets of potential treatment units is provided with an electrostatic neutralizer.

  As described above, when the negative potential application electrodes and the counter electrodes of the plurality of sets of potential treatment units are insulated and independent from each other, stray capacitance increases in the control circuit unit including the negative potential generation circuit, and the treatment current value Fluctuations, noises, and various obstacles to circuit functions are likely to occur.

  Therefore, by eliminating this absorption, the occurrence of these failures is prevented and the potential on the counter electrode side is more reliably maintained at zero (V).

(3) Invention of Claim 3 This invention is the configuration of the invention of Claim 1 or 2, characterized in that the plurality of sets of potential treatment units are at least three sets.

  In this way, when the plurality of sets of potential treatment units are at least three sets, the negative potential application electrode and the counter electrode are, for example, the left and right temples or the right foot in addition to the right back and palm, the left back and palm, for example. In addition to the upper part and sole, left instep part and sole, each of the left and right temples can be used as a treatment part to effectively increase blood pH at an effective position as seen from the whole body. .

(4) Invention of Claim 4 This invention is the configuration of the invention of Claim 1, 2 or 3, wherein any one of the plurality of sets of potential treatment units of the negative potential applying electrode and the counter electrode of the desired set is included. The counter electrode is characterized by comprising two counter electrodes.

  According to such a configuration, in the electrode portion of the pair of potential treatment units having two counter electrodes, for example, the finger part of the patient is sandwiched between the negative potential application electrode and one counter electrode, while the other counter electrode The current flowing through the human body can be picked up by contacting the back of the foot or the back of the foot, and the two-point treatment can be performed with one set of electrodes by effectively utilizing the current flowing out of the human body. Become.

(5) Invention of Claim 5 This invention is the structure of the said invention of Claim 1, 2, 3, or 4 WHEREIN: The electric current value which flows through the negative electric potential application electrode of each of the said multiple sets of electric potential treatment unit and a counter electrode part is shown. A current control means for detecting and controlling a current value flowing through the counter electrode portion to a predetermined set current value is provided.

  According to such a configuration, it becomes possible to adjust the applied voltage, current value, application time, and application timing according to the pH improvement treatment and treatment site according to the blood pH value of the patient to be treated, the treatment purpose, and clinically. It is possible to search for the most effective treatment current, treatment time, treatment timing, and treatment span.

  As a result of the above, according to the present invention, it is possible to effectively improve the healing power improvement effect of the living body healing power improvement device such as a potential treatment device.

  FIGS. 1-11 has shown the structure and effect | action of the healing power improvement apparatus of the living body which concerns on the best embodiment of this invention comprised, for example as an electric potential treatment device.

  First, FIG. 1 shows the overall structure of the main body of the same potential treatment device, and reference numeral 1 denotes a potential treatment device.

  For example, as shown in FIG. 1, the potential treatment device 1 includes a control circuit unit 2 configured to include a microcomputer control unit, a negative potential generation circuit, and the like, and a microcomputer control unit of the control circuit unit 2 on the screen. And a touch panel 3 for inputting an operation command corresponding to the operation guidance displayed on the microcomputer control unit, and three negative potential application electrodes at the lower part of the front of the main body. Three connector parts 4a, 4a. 4a and these three negative potential application electrodes 5a, 5a, 5a are arranged opposite to each other, and the negative potential from the negative potential application electrodes 5a, 5a, 5a is applied to the toe MF of the hand or foot of the patient, Are provided with three connector portions 4b, 4b, 4b for connecting the counter electrodes 5b, 5b, 5b that are attracted via the head MH or the like.

  The negative potential application electrodes 5a, 4a, 4a, 4b, 4b, 4b corresponding to the connector portions 4a, 4a, 4a, 4b, 4b, 4b, for example, via the cables 50a, 50a, 50a and 50b, 50b, 50b having a desired length. 5a, 5a and counter electrodes 5b, 5b, 5b are detachably connected (plug-in structure).

  These first to third three electrode portions 5a, 5b, 5a, 5b, 5a, 5b facing each other are, for example, the first to third potential treatment units 6a to 6c of the control circuit unit 2 described later. Each unit is configured as one unit, and in particular, each counter electrode 5a of the first and second electrode portions 5a, 5b, 5a, 5b corresponding to the first and second potential treatment units 6a, 6b. Another counter electrode 5b is added to 5b, and two counter electrodes 5b and 5b are provided at the branched ends of the same cable 50b.

  The control circuit unit 2 includes, for example, as shown in FIG. 2, the first, second, and third sets of electrode units 5a, 5b, 5a, 5b, and 5a, 5b. Three sets of potential treatment units 6a, 6b, and 6c are provided.

  The first to third potential treatment units 6a to 6c are supplied with the AC commercial power supply voltage AC100 (V) via, for example, the AC inlet circuit 11 and the treatment switch SW as the operation power supply means, and the DC For example, a power supply circuit (AC / DC conversion transformer) 12 that combines a rectifier and a transformer that converts the voltage to +24 (V), and a DC-DC converter that converts the +24 (V) DC voltage into a DC voltage of 24 (V). 1 DC-DC circuit 29b and a second DC voltage 24 (V) input via the first DC-DC circuit 29b is converted into two voltages of +15 (V) and -15 (V). DC-DC circuit 29a.

Then, after the DC voltage +24 (V) of the first DC-DC circuit 29b is converted to −12 (V) through the D / A output amplifier 24, the relay switches RL _{1 to} RL ₃ are closed. Under these conditions, the first to third potential treatment units 6a to 6c are supplied to a high voltage power supply circuit 23 comprising a boosting means for boosting to a high negative voltage of, for example, -6 (KV).

  Then, the negative power supply voltage from the high-voltage power supply circuit 23 is supplied to the negative potential application electrode 5a of the electrode section via the ion converter 22 that converts the power supply voltage including a predetermined pulsation component as shown in FIG.

  For example, as shown in detail in FIG. 5, the ion converter 22 is made of a synthetic resin such as ABS, which includes a bottomed box-type case body 41 and a cap fitted to an opening on the upper end side of the case body 41. First and second made of a conductive metal plate (for example, a stainless steel plate, a copper plate, etc.) on the opposite end face sides of the rectangular space in the non-conductive case. Are provided with first and second U-shaped auxiliary electrodes 41c and 41d electrically connected to the first and second flat plate electrode plates 41a and 41b. A porous stone material such as natural pumice, which is strictly controlled to a predetermined humidity (preferably around 62% at room temperature) in advance, is formed into a powder with an outer diameter of 1 μm to 200 μm in the rectangular space The porous water content of about 2.5% to 4.0% formed The equipment 42 is filled uniformly, the humidity is accurately set so as to be maintained at the predetermined set humidity level (62%), and the cap is securely sealed with a cap.

  Note that the voltage waveform shown in FIG. 6 via the ion converter 22 is an alternating waveform, and this is a simple confirmation of the magnitude LV of the pulsating component using an AC voltage in the experiment, It has been confirmed by experiments that exactly the same pulsation component LV is generated even in the case of a DC voltage.

  In FIG. 3, reference numeral 21 denotes a negative potential application line from the high-voltage power supply circuit 23 to the negative potential application electrode 5a through the ion converter 22, the connector 4a, and the cable 50a, and 25 denotes the counter electrodes 5b and 5b. An earth line leading to the earth-side terminal of the high-voltage power supply circuit 23 through a backflow prevention diode D and a current detection resistor R is shown.

  In the potential treatment device 1 having such a configuration, for example, as shown in FIG. 13 described above, the patient M applies the negative potential to the entire finger portions MF and MF of the right hand and left hand via the fastening bands B and B, respectively. When the high voltage power supply 23 is operated with the electrode 5a sandwiched between the counter electrode 5b, the high voltage negative potential -6KV from the high voltage power supply 23 passes through the ion converter 22 and has a high period as shown in FIG. After being converted into a pulsating voltage (ripple voltage) effective for improving the pH value that rises and falls finely, it is applied to the finger portions MF of the left and right hands of the patient via the negative potential applying electrode 5a. .

  On the other hand, on the opposite electrode 5b side, the first to third potential treatment units 6a to 6c of the respective sets are insulated from each other through the earth line 25 including the cable 50b, for example, as shown in FIG. It is connected to the ground line (0 V) of the high-voltage power supply circuit 23 that is individually connected to the ground in the state, and the potential is surely zero.

As a result, the surface of the finger portion MF hands of the treated subject, as shown in FIG. 15, particularly effective electrostatic induction by a number of negative charge e ^-, e ^- · · · effectively charged , the number of negative charges e ^-, e ^- ··· passes are efficiently attracted to the counter electrode 5b side is relatively positive potential via the fingers MF, MF of the living tissue of the same hand.

During this passage, the number of negative charges e ^-, e ^- · · · acts on blood cells (particularly red blood cells) of the blood flowing through the hand fingers MF, a large number of blood vessels in the MF, the blood Hydrogen ions (H ⁺ ) in the cells are reduced to alkaline hydrogen atoms H.

  Thereby, pH in blood rises, acidity falls, and an immune function improves.

  By the way, in this case, the GND (1-pole GND) portion of the first DC-DC circuit 29b of each control circuit board of each of the first to third potential treatment units 6a to 6c is as shown in FIG. An electrostatic erasing device 8 is connected to each.

  As described above, if the negative potential application electrodes 5a and the counter electrodes 5b of the plurality of sets of potential treatment units 6a to 6c are insulated from each other and independent, the stray capacitance increases in the control circuit unit including the negative potential generation circuit. It becomes easy to cause fluctuations in the treatment current value i, generation of noise, and various obstacles in circuit function.

  Therefore, by eliminating the absorption with certainty, the occurrence of these failures is prevented and the potential on the counter electrode side is more reliably maintained at zero (V).

On the other hand, in this embodiment, the plurality of sets of potential treatment units 6a to 6c are driven and controlled by one power source 11, 12, and one microcomputer control unit 7. Touch panel 3, room temperature detection sensor 17, outside air temperature detection sensor 18, humidity sensor 19, relay circuit 20, relay output circuit 30, D / A converter output terminals DA ₁ , DA ₂ , DA ₃ , A / D converter input Terminals AD ₁ , AD ₂ , AD ₃ , nonvolatile memory 16 and the like are connected to each other.

  The microcomputer control unit 7 is connected to an operation power supply circuit 14 that steps down +15 (V) input from the power supply circuit 12 via the +15 V power supply circuit 13 to +5 (V).

Then, the output terminals RL ₁ ~RL ₇ of each input terminal 8 and the relay output circuit 30 of the relay input circuit 20, for example 2, and corresponds as indicated by the same reference numerals in FIG. 3 .

The same applies to the input terminals AD _{1 to} AD _{3 of the} A / D converters 28, 28, 28.

(Current value control of negative potential application electrode 5a and counter electrode 5b)
In this embodiment, each of the three electrode portions of the first to third potential treatment units 6a to 6c described above is controlled to a predetermined set current value.

Therefore, the first to third potential treatment units 6a to 6c include, for example, a current detection resistor R as a current detection means, a current amplifier 27, and A / D conversion, as shown in detail in FIGS. Each of the devices 28 is provided to detect a treatment current value i flowing through the high-voltage power supply circuit 23 via the electrodes 5a and 5b, and based on the detected treatment current value i, As voltage control means for changing the voltage value V, a D / A converter 26 and a D / A output amplifier 24 are provided, respectively, and the output of the D / A output amplifier 24 is connected to a relay contact RL ₁ (RL ₂ of the DC12V line). appropriately varied controls the output voltage of the high-voltage power supply circuit 23 (-6 KV) by entering the high-voltage power supply circuit 23 via the RL _3), whereby the detection by the current detecting means (R, 27, 28) Treatment current value i to be is feedback controlled by a microcomputer control unit 7 so that the program set predetermined treatment current value i as pre Ji fit Figure 9.

  In this case, when the value of the treatment current i is controlled as described above, the detection data and humidity of the inside / outside temperature by the first temperature sensor (room temperature sensor) 17 and the second temperature sensor (outside temperature sensor) 18 are used. The detection data of the indoor humidity by the sensor 19 is inputted into the microcomputer control unit 7 via the A / D converter, and the control is performed with the highest possible accuracy after reflecting them.

(Specific control of treatment current value i by microcomputer control unit 7: treatment method)
The control of the treatment current value i by the microcomputer control unit 7 (application timing for each electrode, application time, applied current value, electrode used) depends on the treatment purpose, for example, as shown in the time chart of FIG. Made.

  The structure of this time chart (application timing, application time, applied current value, applied electrode, applied site) will be in a different pattern depending on the therapeutic application and therapeutic purpose. For example, from the results of numerous clinical trials, it is set as a treatment pattern effective for improving immunity for the purpose of suppressing general cancer, and the above-described first to third sets of potential treatment units 6a to 6a All of the electrodes 6c are used, and for example, either the left or right hands as shown in FIG. 13 or the both feet as shown in FIG. 10 or the temple portion of the head MH as shown in FIG. Yes.

  Now, a treatment method based on the treatment pattern of FIG. 9 using each of the first to third potential treatment units 6a to 6c will be described as follows.

  (1) For example, with respect to the negative potential application electrode 5a and the counter electrode 5b of the first potential treatment unit 6a fitted to the right hand, no negative potential is applied for the first 3 minutes even when the treatment switch SW is pressed. The treatment current i does not flow through 5a and 5b. However, 3 minutes after pressing the treatment switch SW, a large treatment current i of 3 μA suddenly flows through the electrode portions 5a and 5b. And it continues for 17 minutes, for example.

  That is, in this treatment method, the circuit is disconnected 20 minutes after the treatment switch SW is pressed. At this time, since the opposite electrode 5b fitted to the right hand is provided with the same other opposite electrode 5b, the opposite electrode 5b is placed on the back of the right foot for treatment.

  (2) On the other hand, for the negative potential application electrode 5a and the counter electrode 5b of the second potential treatment unit 6b fitted to the other left hand, no negative potential is applied for 10 minutes after the treatment switch SW is pressed. The treatment current i does not flow through 5a and 5b. However, a treatment current i of 2.5 μA suddenly flows 10 minutes after the treatment switch SW is pressed, and this continues for 8 minutes.

  That is, on the second potential treatment unit 6b side, the circuit is cut 18 minutes after the treatment switch SW is pressed. At this time, since the opposite electrode 5b of the electrode portions 5a and 5b of the second potential treatment unit 6b fitted to the left hand is also provided with the same another counter electrode 5b, the counter electrode 5b is attached to the sole of the left foot. Also treat it.

  (3) Further, using the third potential treatment unit 6c, the left temple portion of the head MH as shown in FIG. 11, for example, with the same negative potential application timing and applied current value as in (2) above. The negative potential application electrode 5a is applied to the right and the counter electrode 5b is applied to the right temple portion to treat.

  As a result of carrying out such a treatment method, as an example, the pH value of cancer patients who were acidic with a pH in blood of 7.34 or lower was improved to a substantially healthy 7.4 alkalinity.

  As described above, in the invention of this application, a high-voltage power supply circuit that generates a high-voltage negative potential, a negative-potential application electrode that applies a negative potential from the high-voltage power supply circuit to a predetermined part of a living body, and the negative potential application A potential treatment comprising a counter electrode that opposes a predetermined part of a living organism with an electrode and attracts a charge from a negative potential application electrode to the ground side of the high-voltage power supply circuit through a living tissue of the living organism. Each of the plurality of sets of potential treatment units includes a plurality of sets of units, and each of the plurality of sets of potential treatment units includes a plurality of sets of potential treatment units that are driven and controlled by one AC power source and one microcomputer control unit. The above earth lines are isolated from each other.

  In this way, the ground lines of the negative potential application electrode and the counter electrode of a plurality of sets of potential treatment units with different treatment target parts are insulated from each other, and the currents are made to flow individually in an independent state. As described above, the current of the electrode on one treatment target side flows to the treated portion and the counter electrode portion on the other treatment target side, and the problem of hindering the therapeutic effect of the same portion is reliably improved.

  Each of the plurality of sets of potential treatment units is provided with an electrostatic neutralizer.

  As described above, when the negative potential application electrodes and the counter electrodes of the plurality of sets of potential treatment units are insulated and independent from each other, stray capacitance increases in the control circuit unit including the negative potential generation circuit, and the treatment current value Fluctuations, noises, and various obstacles to circuit functions are likely to occur.

  Therefore, by eliminating this absorption, the occurrence of these failures is prevented and the potential on the counter electrode side is more reliably maintained at zero (V).

  Further, at least three sets of the plurality of sets of potential treatment units are provided.

  Thus, when the plurality of sets of potential treatment units are at least three sets, the negative potential application electrode and the counter electrode are, for example, the left and right temples or the right foot in addition to the right back and palm, the left back and palm, for example. In addition to the upper part and sole, left instep part and sole, each of the left and right temples can be used as a treatment part to effectively increase blood pH at an effective position as seen from the whole body. .

  Moreover, the counter electrode of the desired pair of negative potential application electrodes and counter electrodes of the plurality of sets of potential treatment units is composed of two counter electrodes.

  According to such a configuration, in the electrode portion of the pair of potential treatment units having two counter electrodes, for example, the finger part of the patient is sandwiched between the negative potential application electrode and one counter electrode, while the other counter electrode The current flowing through the human body can be picked up by contacting the back of the foot or the back of the foot, and the two-point treatment can be performed with one set of electrodes by effectively utilizing the current flowing out of the human body. Become.

  Also, there is provided current control means for detecting a current value flowing through the negative potential applying electrode and the counter electrode portion of each of the plurality of sets of potential treatment units and controlling the current value flowing through the counter electrode portion to a predetermined set current value. Yes.

  According to such a configuration, it becomes possible to adjust the applied voltage, current value, application time, and application timing according to the pH improvement treatment and treatment site according to the blood pH value of the patient to be treated, the treatment purpose, and clinically. It is possible to search for the most effective treatment current, treatment time, treatment timing, and treatment span.

  As a result, according to the present invention, it is possible to effectively improve the healing power improvement effect of the living body healing power improvement apparatus such as a potential therapy device.

It is a figure which shows the whole structure of the electric potential treatment device main body which concerns on the best embodiment which comprised the healing power improvement apparatus of the living body of this invention as an electric potential treatment device. It is a block diagram which shows the structure of the whole control circuit of the same electric potential treatment apparatus. It is a block diagram which shows the structure of the electric potential treatment unit part (a negative electric potential generation circuit and an electrode part) of each group of the same electric potential treatment device. It is a block diagram which shows the structure of the temperature / humidity detection sensor part of the same electric potential treatment device. It is a figure which shows the structure of the ion converter part of the same electric potential treatment device. It is a voltage waveform figure of the experimental data which shows the function of the ion converter of the same electric potential treatment device. It is a block diagram which shows the structure and effect | action of the principal part of the same electric potential treatment device. It is a figure which shows the structure of the treatment current control circuit part which is the principal part of the same electric potential treatment device. It is a time chart which shows an example of the treatment pattern of the same electric potential treatment device. It is a figure which shows the electrode installation state in case the treatment site | part (negative potential application site | part) which is the principal part of the same electric potential treatment device is a leg | foot. It is a figure which shows the electrode installation state in case the treatment site | part (negative potential application site | part) which is the principal part of the same electric potential treatment device is a head. It is a figure which shows the whole structure of the electric potential therapeutic device which this inventor developed previously. It is a figure which shows the electrode installation state in case the treatment site | part (negative potential application site | part) of the same electric potential treatment device is a hand. It is a block diagram which shows the structure and grounding structure of the control circuit of the same potential treatment device. It is a figure which shows the structure and effect | action of an electrode part of the same electric potential treatment device.

Explanation of symbols

  1 is a potential treatment device, 2 is a control circuit unit, 3 is a touch panel, 4a and 4b are connector units, 5a is a negative potential application electrode, 5b is a counter electrode, 6a to 6c are first to third potential treatment units, 7 Is a microcomputer control unit, 22 is an ion converter, 23 is a high-voltage power supply circuit, 24 is a D / A output amplifier, 26 is a D / A converter, 27 is a current amplifier, and 28 is an A / D converter.

Claims (5)

  A high-voltage power supply circuit that generates a high-voltage negative potential, a negative potential application electrode that applies a negative potential from the high-voltage power supply circuit to a predetermined part of the living body, and a predetermined part of the living body between the negative potential application electrode A plurality of sets of potential treatment units, each of which has a pair of opposing electrodes that attracts the charge from the negative potential application electrode to the ground side of the high-voltage power supply circuit through the living body tissue. In an apparatus for improving the healing power of a living body in which a treatment unit is driven and controlled by one AC power source and one microcomputer control unit, the ground lines of each of the plurality of sets of potential treatment units are isolated from each other independently. A device for improving the healing power of a living body, characterized in that it is configured as a thing.   2. The vitality healing power improvement device according to claim 1, wherein each of the plurality of sets of potential treatment units is provided with an electrostatic neutralizer.   3. The living body healing power improvement apparatus according to claim 1, wherein the plurality of sets of potential treatment units are at least three sets.   The negative electrode applying electrode and the counter electrode of the desired set of any of the plurality of sets of potential treatment units are constituted by two counter electrodes. A device for improving the healing power of living organisms.   The current control means for detecting a current value flowing through the negative potential applying electrode and the counter electrode portion of each of the plurality of sets of potential treatment units and controlling the current value to a predetermined set current value is provided. The living body healing power improvement apparatus according to 1, 2, 3 or 4.

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